Abstract: A method of manufacturing a continuous elongated tape having a succession of surface type fastener pieces attached thereto, comprises the steps of: intermittently feeding a surface-type fastener tape blank composed of a release sheet and a surface-type fastener tape attached by an adhesive layer to the release sheet and comprising a base strip and a multiplicity of fastening elements on its upper surface; separating the surface-type fastener tape blank into an elongated surface-type fastener tape having the adhesive layer applied thereto on its lower side and the release sheet and feeding them in separated relation to each other; cutting the elongated surface-type fastener tape, thus forming a multiplicity of surface-type fastener pieces each having an adhesive layer attached thereto on its lower side; and pressing the thus-formed surface-type fastener pieces against the release sheet so that the surface-type fastener pieces are attached to the elongated release sheet longitudinally at intervals.

Abstract: A method for generating anatomical M-Mode displays for ultrasonic investigation of living biological structures during movement of the structure, for example a heart function, employing an ultrasonic transducer (21) comprises the acquisition of a time series of 2D or 3D ultrasonic images (22), arranging said time series so as to constitute data sets, providing at least one virtual M-Mode line (23) co-registered with said data sets, subjecting said data sets to computer processing on the basis of said at least one virtual M-Mode line, whereby interpolation along said at least one virtual M-Mode line is effected, and displaying the resulting computed anatomical M-Mode display (24) on a display unit.

Abstract: A method for generating anatomical M-Mode displays for ultrasonic investigation of living biological structures during movement of the structure, for example a heart function, employing an ultrasonic transducer (21) comprises the acquisition of a time series of 2D or 3D ultrasonic images (22), arranging said time series so as to constitute data sets, providing at least one virtual M-Mode line (23) co-registered with said data sets, subjecting said data sets to computer processing on the basis of said at least one virtual M-Mode line, whereby interpolation along said at least one virtual M-Mode line is effected, and displaying the resulting computed anatomical M-Mode display (24) on a display unit.